Quick Compare Cannondale SuperSix EVO LAB71 Team Changeout to:
Frame Info
Worldwide Shipping: Yes
Delivery across the globe!
Warranty: Lifetime
Limited warranty website average: 3.12 years
Released: 2024
The frame was released 1 years ago
Frame Type: Road
This is the style of frame
Frame Spec
Weight: 770 grams (Avg)
Website average: 1006g
Material: Carbon Fiber
The material the frame is constructed from
Max Tire Size: 30 mm
This is the max tire size you can use
Bottom Bracket: threaded BSA 68mm
The type of bottom bracket to install
Cables: Internally Routed
Cables are completely hidden in the frame
UCI Approved: Yes
You can use for official races
Brake Type: Disc Brake
Welcome to the future!
Brake Mount: Flat Mount
How the calipers are mounted
Colours Available: 2
The Amount of colours to choose from
Custom Paint: No
No custom paint option available
Integrated Bar and Stem: No
Standard stem and bars
Axel Type: Thru-axle
How the wheels are secured to the frame
Sizes
This frame comes in 7 sizes, this is 1.44 more sizes than the website average.
Fork Details
Forks
LAB71 SuperSix EVO, Ultralight Series 0 Carbon, integrated crown race, 12x100mm Syntace thru-axle, flat mount disc, internal routing, 1-1/8" to 1-1/4" Delta steerer, 55mm offset (44-54cm), 45mm offset (56-61cm)
Fork Material: Carbon Fiber
The material the forks are constructed from
Fork Weight: Unknown
Fork weight unknown
Fork Steerer length: Unknown
Fork steerer tube length unknown
Seat Post
Seat Post
Material: Carbon Fiber
The material the seat post is constructed from
Weight: Unknowng
Seat post weight unknown
Seat Tube Length: -3 mm
Length for size medium frame
Manufactures Description
Faster everywhere The ultimate road racing frameset. Ultra-light carbon construction and fanatical attention to detail elevate the LAB71 SuperSix EVO to the pinnacle – and its rider to the podium. Dream-builds start here. Model Description Our most advanced road racing frameset, and the bike of choice for the EF Pro Cycling teams. Ultralight Series 0 carbon construction, shaped to perfectly balance aerodynamic efficiency, low weight, and t ... Read More
